Abstract: Autonomous human traffic monitoring systems and methods are described herein. The autonomous human traffic monitoring system includes scanner nodes, a server node, a user device, and a user interface. The system can be configured to detect electronic transmissions from smart devices, receive commands and the data transmissions, process commands and data transmissions, store data, and send commands and data transmissions. The system collects data from smart devices in a coverage area and transits the data to a user device for processing to determine a count of persons in a coverage area over a specific period of time.

Abstract: Autonomous, artificially intelligent, and fully distributed Wi-Fi infrastructure systems are described herein. The system includes nodes including sensing Wi-Fi radios, data Wi-Fi radios, processing devices, memory devices and software modules. The software modules include a sensor module, an accumulator module, a solver module and a configuration generator module. The software module is configured to scan for used and available Wi-Fi frequencies, and automatically generate an optimal Wi-Fi network solution based on radio resource management and co-channel interference.

Abstract: Described herein are examples of communications networks. Communications networks may include systems, methods, and apparatuses for sending messages person-to-person, including receiving, at a processing device, from a sender device via a long range low-power wide area network connection operating via a network interface, a message including a metadata and a content; storing, using the processing device, the metadata on an electronic data storage unit; determining, using the processing device, whether the metadata matches any stored metadata on the electronic data storage unit; queueing, using the processor, the message on the electronic data storage unit; and sending, using the processing device, the queued message to a second node via the long range low-power wide area network connection.

Abstract: Described herein are examples of communications networks. Communications networks may include systems, methods, and apparatuses for sending messages person-to-person, including receiving, at a processing device, from a sender device via a long range low-power wide area network connection operating via a network interface, a message including a metadata and a content; storing, using the processing device, the metadata on an electronic data storage unit; determining, using the processing device, whether the metadata matches any stored metadata on the electronic data storage unit; queueing, using the processor, the message on the electronic data storage unit; and sending, using the processing device, the queued message to a second node via the long range low-power wide area network connection.

Abstract: Embodiments of a system include a graphical user interface (GUI), a wireless access network, a sensor node, and a server node. The GUI is disposed on a user device. The GUI is configured to display a control to conduct a wireless network throughput test. The wireless access network operates on a first communication band. The first communication band provides access to a device connecting to the wireless access network. The wireless access network includes an access point coupled to a central switch to provide wireless communication for network access by devices in range of the access point. The sensor node corresponds to the access point. The sensor node communicates with the access point of the wireless network over the first communication band. The server node communicates with the sensor node over a second communication band distinct from the first communication band and communicates with the central switch.